Today’s Spotlight uses an animated three‑dimensional rendering, by Carlos Pardo, of the cartilage that forms the skull of a five‑day‑old zebrafish larva. The size of the skull is about 1 millimeter long
Zebrafish larvae — tiny, transparent and fast‑growing vertebrates — are widely used to study development and disease. However, visually examining the larvae for variations caused by drugs or genetic mutations is an imprecise, painstaking and time-consuming process.
Engineers at MIT have now built an automated system that can rapidly produce 3‑D, micron‑resolution images of thousands of zebrafish larvae and precisely analyze their physical traits.
Read full article.
Zebrafish larvae — tiny, transparent and fast‑growing vertebrates — are widely used to study development and disease. However, visually examining the larvae for variations caused by drugs or genetic mutations is an imprecise, painstaking and time-consuming process.
Engineers at MIT have now built an automated system that can rapidly produce 3‑D, micron‑resolution images of thousands of zebrafish larvae and precisely analyze their physical traits.
Read full article.
